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Preparation of Al6061-SiC with Neem Leaf Ash in AMMC's by Using Stir Casting Method and Evaluation of Mechanical, Wear Properties and Investigation on Microstructures

机译:用搅拌铸造法制备MAMC与MEAEMC中的NeeM叶灰的制备及机械,磨损性能和微观结构研究的评价

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Aluminum Metal Matrix Composites (AMMCs) are promising materials for advanced structural, aviation, aerospace, marine, defense applications, automotive and other related sectors because of their excellent combination of properties. The AMMCs is fabricated by using stir casting method, which is the simplest way of fabricating a material. In this paper aluminium alloy 6061 is been reinforced with SiC along with fly ash and neem leaf ash. The three samples have been fabricated they are Sample1 (Al85%+SiC15%), Sample2 (Al 85%+SiC5%+FlyAsh10%) & Sample3 (Al85% +SiC5%+ Neem leaf ash10%). After fabricating this three sample the following test are conducted like Hardness test, Microstructure Test, Friction and Wear Test. The wettability of SiC and Neem leaf ash particles in the matrix was improved by adding them. The optical and scanning electron micrographs showed a homogeneous dispersion of composition material. The result shows that the Sample-3 (Al80% +SiC10%+ Neem leaf ash10%) shows improvement in mechanical properties like hardness, the wear properties has been reduced and their Micro structural characterization clearly shows uniform distribution of SiC and Neem Leaf ash in the composition.
机译:铝金属基质复合材料(AMMCS)是具有先进结构,航空,航空航天,海洋,国防应用,汽车等相关部门的有前途的材料,因为它们具有优异的性质组合。通过使用搅拌铸造方法制造AMMC,这是制造材料的最简单方法。在本文中,铝合金6061用SiC和粉煤灰和雷叶灰加固。已经制造了三种样品它们是样品1(Al85%+ SiC15%),样品2(Al 85%+ SiC5%+ Flyash10%)和样品3(Al85%+ SiC5%+ Neem Leaf Ash10%)。在制造这三个样品之后,将进行以下测试,如硬度测试,微观结构测试,摩擦和磨损试验。通过添加它们,改善了基质中SiC和Neem叶灰颗粒的润湿性。光学和扫描电子显微照片显示组合物材料的均匀分散体。结果表明,样品-3(Al80%+ SiC10%+ Neem Leaf Ash10%)显示出硬度等机械性能的改善,已经降低了磨损性能,并且它们的微结构表征清楚地显示了SiC和Neem叶灰的均匀分布组成。

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